FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1583769690> ?p ?o ?g. }

• W1583769690 abstract "[1] Water level dynamics in continental-scale rivers is an important factor for surface water studies and flood hazard management. However, most continental-scale river models have not focused on the reproduction of water level because the storage and movement of surface waters are regulated by smaller-scale topography than their grid resolutions. Here we analyzed the water level dynamics simulated by a state-of-the-art global river model, CaMa-Flood, with subgrid representation of floodplain topography. As a case study, hydrodynamics simulation in the Amazon River was accomplished, and the simulated water surface elevations along the main stem were compared against Envisat altimetry. The seasonal cycles of the simulated water surface elevations are in agreement with the altimetry (correlation coefficient >0.69, annual amplitude error <1.6 m). The accuracy of absolute water surface elevations was also good (averaged RMSE of 1.83 m), and the associated errors were within the range of the model uncertainty due to channel cross-section parameters. Then the ocean tide variation at river mouth was incorporated for simulating the tidal effect in the inland Amazon basin, which requires realistic representation of absolute water surface elevations. By applying power spectra analysis to the simulated water level variations, the 15 day cycle due to spring and neap tides was detected at Obidos, located 800 km upstream from the river mouth. The reproduction of the ocean tide propagation to the inland region suggests that CaMa-Flood includes the main physical processes needed to accurately simulate the water level dynamics in continental-scale rivers." @default.
• W1583769690 created "2016-06-24" @default.
• W1583769690 creator A5002339209 @default.
• W1583769690 creator A5008051691 @default.
• W1583769690 creator A5018633989 @default.
• W1583769690 creator A5063509872 @default.
• W1583769690 creator A5078626986 @default.
• W1583769690 creator A5079865009 @default.
• W1583769690 creator A5090355006 @default.
• W1583769690 date "2012-09-01" @default.
• W1583769690 modified "2023-10-14" @default.
• W1583769690 title "Analysis of the water level dynamics simulated by a global river model: A case study in the Amazon River" @default.
• W1583769690 cites W1543844559 @default.
• W1583769690 cites W1964185141 @default.
• W1583769690 cites W1965668013 @default.
• W1583769690 cites W1970962423 @default.
• W1583769690 cites W1971434946 @default.
• W1583769690 cites W1972088653 @default.
• W1583769690 cites W1974570581 @default.
• W1583769690 cites W1976450871 @default.
• W1583769690 cites W1980086174 @default.
• W1583769690 cites W1983747486 @default.
• W1583769690 cites W1986837469 @default.
• W1583769690 cites W1992652001 @default.
• W1583769690 cites W1994147467 @default.
• W1583769690 cites W2006461609 @default.
• W1583769690 cites W2014034374 @default.
• W1583769690 cites W2018457503 @default.
• W1583769690 cites W2018938767 @default.
• W1583769690 cites W2019226303 @default.
• W1583769690 cites W2020647169 @default.
• W1583769690 cites W2020792444 @default.
• W1583769690 cites W2023020665 @default.
• W1583769690 cites W2026537115 @default.
• W1583769690 cites W2026651618 @default.
• W1583769690 cites W2030130356 @default.
• W1583769690 cites W2030671664 @default.
• W1583769690 cites W2035956818 @default.
• W1583769690 cites W2036665702 @default.
• W1583769690 cites W2036826963 @default.
• W1583769690 cites W2039088888 @default.
• W1583769690 cites W2039347115 @default.
• W1583769690 cites W2042433572 @default.
• W1583769690 cites W2043731135 @default.
• W1583769690 cites W2043788785 @default.
• W1583769690 cites W2055468682 @default.
• W1583769690 cites W2056586406 @default.
• W1583769690 cites W2057688087 @default.
• W1583769690 cites W2059472200 @default.
• W1583769690 cites W2064184119 @default.
• W1583769690 cites W2068400486 @default.
• W1583769690 cites W2069991828 @default.
• W1583769690 cites W2070053607 @default.
• W1583769690 cites W2073366103 @default.
• W1583769690 cites W2075861247 @default.
• W1583769690 cites W2084744129 @default.
• W1583769690 cites W2094331861 @default.
• W1583769690 cites W2106822551 @default.
• W1583769690 cites W2109557562 @default.
• W1583769690 cites W2110485661 @default.
• W1583769690 cites W2114848754 @default.
• W1583769690 cites W2128785507 @default.
• W1583769690 cites W2131321805 @default.
• W1583769690 cites W2131736205 @default.
• W1583769690 cites W2139051261 @default.
• W1583769690 cites W2139192389 @default.
• W1583769690 cites W2167663762 @default.
• W1583769690 cites W2171675471 @default.
• W1583769690 doi "https://doi.org/10.1029/2012wr011869" @default.
• W1583769690 hasPublicationYear "2012" @default.
• W1583769690 type Work @default.
• W1583769690 sameAs 1583769690 @default.
• W1583769690 citedByCount "88" @default.
• W1583769690 countsByYear W15837696902012 @default.
• W1583769690 countsByYear W15837696902013 @default.
• W1583769690 countsByYear W15837696902014 @default.
• W1583769690 countsByYear W15837696902015 @default.
• W1583769690 countsByYear W15837696902016 @default.
• W1583769690 countsByYear W15837696902017 @default.
• W1583769690 countsByYear W15837696902018 @default.
• W1583769690 countsByYear W15837696902019 @default.
• W1583769690 countsByYear W15837696902020 @default.
• W1583769690 countsByYear W15837696902021 @default.
• W1583769690 countsByYear W15837696902022 @default.
• W1583769690 countsByYear W15837696902023 @default.
• W1583769690 crossrefType "journal-article" @default.
• W1583769690 hasAuthorship W1583769690A5002339209 @default.
• W1583769690 hasAuthorship W1583769690A5008051691 @default.
• W1583769690 hasAuthorship W1583769690A5018633989 @default.
• W1583769690 hasAuthorship W1583769690A5063509872 @default.
• W1583769690 hasAuthorship W1583769690A5078626986 @default.
• W1583769690 hasAuthorship W1583769690A5079865009 @default.
• W1583769690 hasAuthorship W1583769690A5090355006 @default.
• W1583769690 hasBestOaLocation W15837696901 @default.
• W1583769690 hasConcept C127313418 @default.
• W1583769690 hasConcept C1284942 @default.
• W1583769690 hasConcept C187320778 @default.
• W1583769690 hasConcept C18903297 @default.
• W1583769690 hasConcept C205649164 @default.
• W1583769690 hasConcept C39432304 @default.

• next